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Use Meshy 8K Texture Resolution Without the Old hd_texture Flag

#meshy #3d+3

Meshy added a textureresolution parameter for 2K, 4K, and 8K output across its 3D generation and retexture APIs, while keeping hdtexture only as a compatibility alias. Meshy's July 2026 API changelog adds a practical migration point for teams generating higher-resolution 3D assets: use the new textureresolution parameter instead of relying on the older hdtexture boolean. The new parameter supports 2k, 4k, and 8k on Image to 3D, Multi-Image to 3D, Text to 3D Refine, and Retexture endpoints. Meshy says 8K base-color generation costs 15 credits, while 2K and 4K remain 10 credits. At 8K, PBR maps are generated at 4K and no emission map is produced, so pipelines that expect a full PBR bundle should check output fields before swapping defaults. Use this as a quick API cleanup item if your scripts still send hdtexture: true. Meshy still honors it as equivalent to textureresolution: "4k", but the new parameter is clearer, supports 8K explicitly, and makes pricing behavior easier to review before batch generation.

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Turn dense 3D scans into clean quad topology with AutoRemesher

#3D #Retopology+5

AutoRemesher is an MIT-licensed, cross-platform automatic quad remeshing tool for converting high-polygon meshes into cleaner quad-based topology. The July 2026 1.0.0 release adds ready-to-download Windows, Linux, and macOS builds, a command-line mode, and practical controls such as target quads, sharp edge, adaptivity, and smooth normal settings. AutoRemesher is worth saving if you work with dense scans, sculpted meshes, kitbashed models, or experimental 3D assets that need cleaner quad topology before editing, rigging, or downstream optimization. It is a standalone open-source remeshing tool rather than a Blender-only addon, and the current release includes binaries for Windows, Linux, and macOS. What it does AutoRemesher converts high-polygon input meshes into quad-based output. The project README describes it as a cross-platform automatic quad remeshing tool built on Geogram, libigl, isotropic remesher, and related geometry libraries. The 1.0.0 release is especially useful because it moved to an MIT license, added a command-line interface, improved remeshing and quad extraction algorithms, and exposed controls for target quads, adaptivity, sharp edges, edge scaling, and low-poly smooth normals. Why it is useful Free and open source under the MIT license Runs on Windows, macOS, and Linux Provides release binaries, including AppImage and DMG builds Supports GUI use and headless CLI processing Targets practical retopology jobs for dense meshes and 3D scan cleanup Lets you tune the result with target quads and edge/sharpness settings Quick way to evaluate it Download the 1.0.0 build for your platform from GitHub Releases. Run one dense OBJ test mesh through the GUI. Repeat the same file with CLI mode and a fixed --target-quads value. Inspect edge flow, holes, sharp edge preservation, and UV/material needs in your 3D tool. Keep the command settings that produce acceptable topology for your asset type. Practical LinkLoot angle This is a strong utility pick for 3D creators because it can sit between messy source geometry and heavier tools like Blender, Maya, Cinema 4D, or game-engine import pipelines. The CLI mode also makes it interesting for batch cleanup workflows where you want consistent mesh budgets across many assets. The caveat is the usual one for automatic retopology: it can save time, but it does not replace manual edge-flow decisions for animation-critical faces, hands, joints, or hero assets. Treat it as a first-pass topology tool, then do artist review where the model has to deform or render close up. Source check The GitHub repository lists AutoRemesher as an automatic quad remeshing tool with an MIT license, C++ codebase, and nearly 1,900 stars at the time checked. The 1.0.0 release notes confirm the July 2026 release, MIT relicensing, CLI mode, downloadable platform builds, and the new remeshing controls.